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Soft computing techniques that have recently emerged can be used to model the solution of real-world problems that are too difficult to model mathematically.
Furthermore, we model the solution as the α-Reliable Maximum Sensor Covers (α-RMSC) problem and design a heuristic greedy algorithm that efficiently computes the maximal number of α-Reliable sensor covers.
In order to prove the capabilities of the proposed model, the solution of the six equations is obtained for several non-prismatic beams with different geometries, constraints, and load distributions.
The first model, the "solution polymerization" model, is based on the assumption that all reactions: initiation, propagation, and termination, take place in the fluid phase; no reaction takes place in the polymer phase.
Therefore, a significant part of this approach is the development of a method to model the solution set with a finite number of points allowing the architect to intelligently choose a subset of optimal solutions based on criteria outside of the given objectives.
Due to the consideration of the transverse shear effect in the current model, the solution for the normal (peel) stress derived here is different from that provided in an existing model using the Bernoulli Euler beam theory-based classical laminate theory, even though the solution for the shear stress obtained here is the same as that given in the latter.
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An accurate membrane flux model, the solution-diffusion model, is employed.
As with other similar models, the solution time for an instance with the same number of surgeries varies considerably depending on the data.
The GLO design task is formulated as mapping the problem domain model on the solution domain model.
The approximation error was computed from the samples as where the accurate model was the FE-solution of the DA and the reduced model was the solution of the Green's function, Eq. (33).
"Chinese policymakers see the US intensive pork production model as the solution to China's food safety problems.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com